Turbulent jet noise is a controversial fluid mechanical puzzle that has amused and
bewildered researchers for more than half a century. Whereas numerical simulations are …

This review presents a framework for the input-output analysis, model reduction, and control
design for fluid dynamical systems using examples applied to the linear complex Ginzburg …

A survey of the current applications of large-eddy simulation for the prediction of noise from
single stream turbulent jets is given. After summarizing the numerical techniques used, the …

We report the results of three experiments on elastic electron scattering from 3H and 3He. A
detailed description of the experiments and the data obtained is given. We have performed a …

The linear impulse response of axisymmetric jets is examined for a family of variable-
temperature profiles typical of the potential core. The influence of jet heating, shear layer …

The global dynamics of open shear flows is closely related to the nature of their local
instability characteristics, either convective or absolute. The present investigation revisits the …

The ability of hydrodynamically self-excited jets to lock into strong external forcing is well
known. Their dynamics before lock-in and the specific bifurcations through which they lock …

The linear stability dynamics of incompressible and compressible isothermal jets are
investigated by means of their optimal initial perturbations and of their temporal …

The linear stability of variable viscosity, miscible core–annular flows is investigated.
Consistent with pipe flow of a single fluid, the flow is stable at any Reynolds number when …

The linear global stability of laminar buoyant jets and plumes is investigated under the low-
Mach-number approximation. For Richardson numbers in the range (plume) regimes. A …